®
Contents
Page 3
Introduction
Page 4
Technical Details
Page 5
Specification
Page 6
Domestic Applications
Page 7
Listed Buildings
Page 8
Square & Conservation
Page 9
Horizontal & Basement
Page 10
Schools
Page 11
Colleges & Universities
Page 12
Hospitals
Page 13
Health Centres & Homes
Page 14
Technical Matters
Page 15
Technical Matters
Page 16
Offices
Page 17
Industrial & Leisure
Page 18
Daylight on Demand & Ceiling Diffusers
Page 19
Fire Protection & Acoustic Performance
Page 20
Overseas Projects
Page 21
Overseas Projects
Page 22
Secure Establishments
Page 23
WINDCATCHER®
Page 24
SUNCATCHER®
Page 25
SUNCATCHER®
Page 26
ABS SUNCATCHER®
2
Piping sunlight was first used about 4000 years ago when the Egyptians used light shafts and mirrors to
bring daylight down into the centre of the Pyramids. The modern version of light pipes were patented in
1988 and Monodraught recognised the enormous energy saving potential of applying our SUNPIPE® natural
daylight systems to commercial properties.
According to the Department of Energy and Climate Change, the UK is responsible for discharging 533
million tonnes of carbon dioxide. Non-domestic buildings are accountable for 18% of the UK’s total carbon
emissions, and lighting makes up about 23% of this value. The Carbon Trust predicts that cutting carbon in
buildings is a ‘win-win’ opportunity that can save at least £4bn for the UK economy by 2020 and increase
the security of energy supplies as well as helping to provide better and more productive buildings.
In Schools alone, Government sources
state that 80% of the electricity
consumed, is used for electric lighting.
By using SUNPIPE natural daylight
systems, at least 75% of the electricity
used for lighting during daytime use
can be saved, and a considerable
saving in carbon emissions can
be achieved.
The Original Patent
©AndrewSouthall/arcblue.com
The company was founded in 1974,
since then Monodraught has specialised
in the development of natural, zero
energy products and systems.
Patent No. 5,099,622 was originally
granted to a British inventor, Stephen
M Sutton in Oakhurst, Australia on
November 22nd, 1988.
The invention was described as, “a system
having a tubular body with a transparent
cover to prevent the ingress of dust and
with a second transparent cover locating
at ceiling level and attached to the tubular
body. The composition of all components
prevents excess air movement, which
creates a static column of air within the
tubular skylight. This column of air acts
as an insulator which prevents heat from
entering the room or conversely in winter
from escaping from the room”.
Patent No. 5,099,622
The system has been a remarkable
success in both Australia and North
America as a highly effective method of
conveying natural daylight from roof level
down to the room below.
Monodraught has greatly improved the
original system and has filed five new
Patents covering these improvements. All
Monodraught SUNPIPE natural daylight
systems are manufactured in the UK and
are complemented by a wide range of
ancillary products all based on the same
concept of energy saving innovations.
Original Patent
Monodraught at Bluewater Retail Park,
Dartford, Kent.
In 1990 Monodraught launched the
WINDCATCHER® natural ventilation
system, which encapsulates any
prevailing wind. In 1996 Monodraught
introduced the SUNPIPE to the UK
market. In May 2007, Monodraught
Ltd was incorporated into the Danish
company VKR Holding which includes
such brands as VELUX roof windows
and VELFAC WINDOWS.
A significant feature of the Monodraught
product range has always been the high
level of architectural design empathy,
producing visually appealing designs
while achieving an efficient and practical
contribution to the optimum harnessing
of our natural resources.
Monodraught also has
a range of SUNPIPE
natural daylight
systems manufactured
using material that is made from
more than 90% of recycled
aluminium which makes this already
sustainable product even more
environmentally friendly.
The performance of these recycled
aluminium SUNPIPE natural daylight
systems will remain unchanged as
the silver mirror finish is the same.
The patented SUNPIPE
diamond dome (Patent No.
0200543.7), introduced in
2002, is available on the six
most popular sizes 230mm,
300mm, 450mm, 530mm,
750mm and 1000mm
nominal). Some of the
photographs or illustrations
in this brochure are of the
earlier hemispherical design
that is continued on larger
bespoke sizes.
3
Technical Details
Description
This system maximises the concept
of renewable energy by reflecting
sunlight and normal daylight,
down through a pure silver base
mirror-finish aluminium tube.
A clear UV stabilised polycarbonate top
dome seals the light pipe against the
ingress of dust, and a smooth opaqhe
finish or plain opal diffuser at ceiling
level evenly spreads light into the
room or space below. The SUNPIPE®
natural daylight system is highly
effective in both sunny and overcast
conditions and even when it is raining.
A brushed nylon gasket at the
top of the system allows the
system to breathe preventing
condensation problems, whilst
the diffuser at ceiling level seals
against the ceiling. All vertical joints
are sealed with aluminium tape.
The SUNPIPE consists of a high
purity 98% silver coated aluminium
tube, which has a 10 year guarantee
against discolouration. This specular
aluminium surface is coated with
PVD and the presence of a UV
inhibitor provides outstanding
QUV durability with no decrease
in total reflectance and the special
surface treatment provides excellent
colour rendition of natural light.
4
The Diamond Dome
Top domes are available in UV
stabilised polycarbonate as standard
or are supplied in impact resistant
modified acrylic (ICI Perspex),
where SUNPIPE natural daylight
systems are to be used in a harsh
UV prone environment such as
the Middle East. The diamond
domes are 4mm thick injection
moulded polycarbonate or acrylic.
The diamond shaped dome introduced in March 2002 has
proved so popular that all major sizes are manufactured in this
diamond shaped design. Diamond
domes are designed specifically to
maximise the penetration
of sunlight through
the flat prisms
and to capture the
early morning and late
afternoon sun.
Patent No. 0200543.7
Metal Roofing Profile
Pitched Roof Flashing
ABS collar
fitted to insulated
roofers upstand
UV protected
Polycarbonate dome
Kalzip or similar
sheet cut back &
welded to close
seam
ABS flashing
plate
There is virtually no limit to the length
of SUNPIPE or the number of bends
that can be used, although a reduction
in performance will be experienced, the
SUNPIPE carries a 10 year guarantee.
Composition
Top Domes
Weathering skirt
dressed to tiles
Slate roof
On-site welded upstand to
Kalzip type roof with ABS collar
Vertical Flashing
Flat Roof Flashing
Weathering
dressed
to flat roof
flashing plate
ABS collar
Metal or GRP
insulated upstand
Flat roof application
Ceiling diffuser
Vapour control
layer
Alternative GRP upstand for
British Steel type colour coated
roofing sheet, bonded to surface
Specification
Typical Specification for SUNPIPE
natural daylight systems
PITCHED ROOF
Standard Kit
FLAT ROOF
Standard Kit
Additional items
Polycarbonate diamond top dome
45º adjustable elbow
Condensation seal
Polycarbonate diamond
top dome
ABS flashing plate for slate roof
ABS undercloak roofing felt
support
610mm long Connecting piece
30° adjustable elbow
Condensation seal
ABS Collar
Galvanised
Flashing plate
(optional lead)
45º adjustable elbow
610mm Standard
SUNPIPE length
Standard 610mm
SUNPIPE length
Code 4 lead flashing for
bold roll tiled roofs
•
Type: Monodraught SUNPIPE system.
•
Lining: 98% reflectance Super Silver, mirror finish aluminium tube in 610mm lengths.
•
45°/30° adjustable elbows.
•
Glazing details: UV protected polycarbonate diamond top domes
or•Impact resistant modified acrylic diamond top domes.
610mm Standard
SUNPIPE length
Plywood backing
plate/template
Plywood backing
plate/template
Bell end slip length
ceiling extension
Bell end slip length
ceiling extension
• Kerbs – ABS one piece universal flashing (for slate roof)
• ABS undercloak/roofing felt support
or • Flat roof: Kerbs: Galvanised flat roof flashing for flat roofs, with ABS top collar
Installation Kit for
all systems
ABS universal
flashing plate
for tiled roofs
with weathering skirt
or • Kerbs – ABS one piece universal flashing (for tiled roof), and integral weathering skirt
or•Code 4 lead flashing for bold tiled or profile roofs.
Double Glazed
MicroPrism Ceiling
Diffuser
Double Glazed
MicroPrism Ceiling
Diffuser
50 watt low voltage
integral Light Kit
and transformer
• Manufacturer: Monodraught Ltd, Halifax House, Cressex, High Wycombe, Bucks, HP12 3SE.
Tel: 01494 897700 Fax 01494 532465.
Fixing screws & washers,
silicone sealant,
aluminium tape and
installation instructions
supplied as standard.
• All necessary fixings, brackets and supports.
•
Ceiling finish: Internal three part ceiling diffuser with plastic finish ceiling trim.
NBS Specification available at www.monodraught.com
5
Domestic
Applications
The SUNPIPE can twist and
turn easily to take natural
light where you want it.
Most popular sizes:
230mm (9" diameter) for shower
rooms, toilets and bathrooms up to
7.5sq.m (80sq.ft).
There is virtually no limit to the length of
SUNPIPE or number of bends that can
be used and the SUNPIPE can twist
and turn easily to take natural light to
exactly where you want it.
300mm (12" diameter) for stairs
and landings, kitchens, studies,
living rooms and bathrooms to light
up to 14sq.m (150sq.ft).
450mm (18" diameter) for larger
areas and for where you want that
'wow' factor, will light up to
22sq.m (230sq.ft).
Advantages
Generally no structural
alterations required, easily fits
between joists and rafters.
No maintenance required and
will not leak.
Top dome is self-cleaning due
to its shape and eliminates
condensation problems.
All SUNPIPE® natural daylight
systems are guaranteed
for 10 years against faulty
manufacture.
Installation can be carried out
by most skilled craftsmen and
will normally take between 2
to 3 hours.
6
All bends in the Super Silver
aluminium lining are adjustable from
0° to 30° or 0° to 45°.
Joints are sealed with
aluminium tape.
Few fixings are required, normal single fixing at base of system.
Top dome is self cleaning,
interior pipe needs no cleaning
at all.
Listed Buildings
As a result of the increased
interest in the application of
SUNPIPE natural daylight systems
(instead of traditional plastic roof
windows), Listed Buildings Officers
in Conservation Areas often favour
this more discreet SUNPIPE
termination, which is available with
a low profile dome on all sizes.
Planning Permission
In most cases, it is not necessary
to apply for planning permission
for the installation of a SUNPIPE,
particularly on smaller sizes, since
a SUNPIPE of 230mm or 300mm
diameter is no different to a flue
pipe or chimney flue, which does
not require planning permission.
SUNPIPE flashing details for tiled roof
with ABS upstand to suit a sloping ceiling
Weathering skirt
The Gallery SUNPIPE
However, if your property is
situated in a Conservation Area,
specific permission must be
sought from your Listed Buildings
Officer for the installation of a
SUNPIPE. It is not recommended
to alter any roof profile or covering
without prior permission of
the Listed Buildings Officer.
Please also see separate section
overleaf on Square and Conservation
SUNPIPE natural daylight systems.
7
The Square SUNPIPE System
The Monodraught Square SUNPIPE natural
daylight system has been specifically
developed to provide an unobtrusive
termination for any roof finish.
Rooflight to SUNPIPE
The Square SUNPIPE system comes
complete with 475mm x 570mm rooflight,
SUNPIPE transition, 45° elbow, extension
length, ceiling extension length and
diffuser. The system can fit our 300mm
(12”) and 450mm (18”) SUNPIPE tubes,
The SUNPIPE systems adjustable elbows
enable the system to fit any angle of roof.
The Square and SUNPIPE natural daylight
systems can terminate in either a standard
circular diffuser or an optional square diffuser for
suspended ceilings.
The rooflight finishes virtually flush
with the outer roof surface, and is
suitable for all types of roof.
The Square SUNPIPE system
incorporates a sealed double glazed
unit, with an outer layer of 3mm
clear float glass, a 8mm air gap and
a 3mm clear float inner glass.
The system incorporates a square
to circular transition unit to fit the
SUNPIPE tube.
The Square SUNPIPE incorporates
all the advantages of the SUNPIPE
system, but captures more light
than the standard system.
Adjustable elbows enable the
system to fit any angle of roof pitch.
The system terminates in either a
circular or square ceiling diffuser.
8
Double glazed
unit
Standard
Adjustable
elbow
Horizontal
& Basement
Horizontal SUNPIPE
SUNPIPE natural daylight systems
have been used for horizontal
applications where a south facing
wall is used for termination, up to 4
metres has been used successfully.
Advantages
Brings natural daylight into
internal rooms, corridors,
store rooms etc.
Mirror finish elbows turn
SUNPIPE through 90°
Maintenance free installation.
dome
Easy to install requiring
minimum builders work.
Can suit any wall surface.
All sizes available.
Concrete
slab
Basement SUNPIPE
The Monodraught SUNPIPE
can also pipe natural daylight to
basements, where security bars can
also be added.
SUNPIPE diamond dome can be
situated on a flat roof or pitched
roof or at ground level.
The alternative to light shafts.
Wall mounted
diffuser
2 No 45º adjustable
elbows to form 90º
SUNPIPE to be protected when
passing underground
Monodraught are members
of the Basement Information
Centre. www.basements.org.uk
9
Schools
Advantages
& Benefits
Most popular sizes:
Enables 4% daylight factor to be
met for deep plan classrooms.
300mm (12" diameter) for corridors
at 3m centres, store rooms, toilet
areas and changing rooms to light
up to 14sq.m (150sq.ft).
450mm (18" diameter) for wider
corridors at 4m centres and small
classrooms to light up to 22sq.m
(230sq.ft) where ceiling heights are
3m or more.
Minimal solar gain in summer
months and negligeable heat
loss in winter as compared to
conventional roof lights.
No maintenance, inside or out.
Vandal-proof security domes.
St. Catherine's School, Newton Abbott
Kingstone High School, Hereford
530mm (21" diameter) the
most popular size for deep plan
classrooms used in conjunction
with WINDCATCHER® natural
ventilation systems.
Children and teachers work better under a natural daylight environment.
750mm and 1000mm dia. for
sports halls and similar areas where
floor to ceiling height exceeds 5m.
Trinity School, Bristol
10
At least 75% of electricity costs
can be saved during the daytime,
where SUNPIPE® natural daylight
systems are used to replace the
need for electric lighting during School hours.
St. Nicholas School, Bristol
Colleges and
Universities
450mm SUNPIPE, 7.6m long,
serving ground floor lobby at
South Charnwood School
Recent Projects
completed include:
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Balfour Junior School, Brighton
Beauchamp College, Leicester
Belle Vue Girls School, Bradford
Birchen Coppice Middle School,
Kidderminster
Bognor Secondary School, Bognor Regis
Dallam School, Cumbria
Eirias High School, Conwy
High Clarence Middle School,
Middlesbrough
Highams Park School, London
Holyport School, Maidenhead
Huntingdon C P School, Cannock
King Ethelbert School, Kent
Laceby Acres Primary School, Grimsby
Liverpool Hope University
Lostock Hall C P School, Preston
Manorfield Primary School, London
Netherhall School, Cambridge
Northfleet Technology College, Gravesend
Old Castle Primary School, Bridgend
Parkhill Primary School, Fife
Quarry Brae Primary School, Glasgow
Queen Elizabeth's Grammar
School, Derbyshire
Sevenfields Primary School, Swindon
Solihull College
St Paul's Academy, London
St Stephen's School, Blackburn
Surrey University, Guildford
University of Aberdeen
Manchester University
1 No. 3 section
adjustable elbow
12 no. 610mm
lenghts
Roof space
50 x 50mm
softwood boxing
in through 1st
floor Classroom
1st Floor
Tamworth College
11
Hospitals
Upstand detail for SUNPIPE
system for a standing seam roof
Most popular sizes
ABS collar
fitted to insulated
roofers upstand
300mm (12” diameter) for internal
corridors and store rooms.
Kalzip or similar
sheet cut back &
welded to close
seam
450mm (18” diameter) for
consulting rooms, waiting areas,
larger offices.
530mm (21" diameter) for floor to
ceiling heights of up to 5m.
Advantages
& Benefits
Vapour control
layer
Frenchay and Poole Hospitals
Energy saving – typical
calculations show a pay-back
period of 5 to 6 years where
SUNPIPE® natural daylight
systems are used to replace
the need for electric lighting
during daytime use.
Health Benefits – natural daylight is known to combat the condition SAD, particularly suitable for Day Centres and
Old Peoples Homes.
Monodraught provide a complete installation service
with all necessary attendances.
No maintenance – the shape of
the top dome ensures that dust
and dirt is washed off naturally
and internal ceiling diffusers
require no maintenance.
12
Health Centres
& Homes
SUNPIPE flashing detail, where a
Code 4 lead flashing is used for
bold tiled roofs
Recent Hospital Projects
completed include:
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Aintree Hospital, Liverpool
Basildon Hospital
Benenden Hospital, Kent
Chase Farm Hospital, Enfield
Cossham Hospital, Bristol
Fareham Community Hospital, Hants
Forth Valley Hospital, Stirlingshire
Hillingdon Hospital, Uxbridge
John Butterwick Hospital, Stockton on Tees
Kettering General Hospital
Lanchester Road Hospital, Durham
Langley Green Hospital, Crawley
Little Plumstead Hospital, Norwich
Lydney Hospital, Gloucestershire
Moseley Hall Hospital, Birmingham
Mount Vernon Hospital, Northwood
New Cross Hospital, Wolverhampton
Newton Abbot Community Hospital
Royal Bournemouth Hospital
Royal Hospital Chelsea, London
Royal South Hants Hospital, Southampton
St Ebba's Hospital, Epsom
St George's Hospital, Stafford
St Michael's Hospital, Braintree
St Pancras Hospital, London
St Peter's Hospital, Chertsey
Tremadoc Hospital, Gwynedd
Warwick Hospital
Westhaven Hospital, Weymouth
Whiston Hospital, Merseyside
Wrexham Maelor Hospital
Brain Injury Rehabilitation Centre
For a Plain tile roof a standard
ABS universal flashing is used with a
weathering skirt, but for a Bold tile roof
a Code 4 lead flashing is dressed over
the tiles, the ABS undercloak roofing felt
support plate is used and the collar fits
to the top of the lead flashing.
13
Technical
Matters
SUNPIPE Sizes and Maximum Light Output
on a typical flat roof application measured approximately 1.5m below SUNPIPE diffuser
Research and
Development
Monodraught have a very active
Research and Development
Department at Halifax House in
High Wycombe, that is working
closely with several Universities
in the UK. A group of four fulltime dedicated R&D Engineers
are exploring every avenue of
renewable energy features. Over 50
SUNPIPE® natural daylight systems
and WINDCATCHER® natural
ventilation systems are installed at
Halifax House which are constantly
being monitored for performance.
Nottingham University
Monodraught have a permanent
Environmental Test Chamber
there to carry out the continuous
assessment and development of
SUNPIPE natural daylight systems
and all their associated components.
A 3-year Research Programme has
been undertaken. A Monodraught
SUNCATCHER® natural daylight and
ventilation system and SUNPIPE
natural daylight system is also
installed at the Eco House at
Nottingham University, which was
completed five years ago, and is
also being constantly monitored.
Napier University
A 2-year Study was carried out to
develop a computerised prediction
model, as shown below, to assess
the transmittance of daylight into the
interior of buildings. Further advice
on light output is always available
from Monodraught Head Office.
Reading University
A 3-year Research Programme
is being undertaken to study
and assess the potential of solar
powered air conditioning, to be
used in conjunction with the
ABS SUNCATCHER system and
to establish the viability of an
energy free cooling system.
Liverpool University, Loughborough
University and UMIST have all
Diameter
(mm)
Full Summer Sun
Overcast Summer
Overcast Winter
Lux Value
Lux Value
Lux Value
(to a normal daylight level)
230
337
225
112
7.5 sq.m (approx 80sq.ft)
300
607
404
202
14 sq.m (approx 150sq.ft)
450
1452
968
484
22 sq.m (approx 230sq.ft)
530
2052
1386
684
30 sq.m (approx 430sq.ft)
750
4238
2825
1413
50 sq.m (approx 530sq.ft)
1000
7675
5117
2558
60 sq.m (approx 650sq.ft)
75klux
50klux
Natures World,
Middlesborough
where a 1500mm dia
SUNPIPE system is
installed
been closely involved with research into Monodraught
products and various papers have been published.
Detailed research has also been carried out into SUNPIPE
natural daylight systems at the Belgian Building Research
Institute and at Calgary University in Canada.
Range of Systems
The six most popular sizes are shown and
are all available ex-stock.
In addition to the standard range, 1.5 m diameter Sunpipe
system can be produced to special order. All domes are
produced in UV protected polycarbonate but are also
available in impact resistant acrylic.
14
25klux
Area Lit
U-value
Table of Weights
The U-value of SUNPIPE natural
daylight systems has been assessed
by Nottingham University at 2.18W/
m²K based on a typical application
of a 1.5m length of SUNPIPE. This
compared favourably with a double
glazed rooflight. However, the actual
area of a SUNPIPE compared to
a typical rooflight is only a small
percentage and so, the contribution
to heat loss from the building or
heat gain is insignificant. The
performance of lightpipes has also
been assessed by Liverpool University
as part of a European Study of
lightpipe performance, TC3-38. The
introduction of the double glazed
ceiling diffusers has further enhanced
the U-value of SUNPIPE, lowering
the figure to 1.66W/m²K, again for
a typical application of 1.5m length
of SUNPIPE. Further information
and detailed Reports on U-value
performance and of the work carried
out by Nottingham University in this
connection is available as a Report.
SUNPIPE Kit
230mm
(9”)
300mm
(12”)
450mm
(18”)
530mm
(21”)
Standard Flat Roof Kit
2.72Kg
3.86Kg
7.12Kg
7.55Kg
Standard Pitched Roof Kit (Slate)
3.22Kg
5.44Kg
7.77Kg
10.08Kg
Standard Pitched Roof Kit (Tiled)
6.07Kg
9.44Kg
13.11Kg
15.33Kg
Standard 610mm (2’) length
0.58Kg
0.82Kg
1.21Kg
1.39Kg
30° Adjustable Elbow
0.13Kg
0.25Kg
0.48Kg
0.62Kg
Insulation
45° Adjustable Elbow
0.21Kg
0.44Kg
0.82Kg
1.15Kg
Bell End Pipe (300mm)
0.28Kg
0.37Kg
0.59Kg
0.68Kg
Where required the SUNPIPE system
can be lagged in the roof space
by simply wrapping with 25mm
insulation. However, with the relatively
small area of the SUNPIPE system,
in comparison to the room as a
whole, heat loss from such a small
area is considered as insignificant.
Optional Extra Components
Weathering Skirt
3.5Kg
3.91Kg
4.25Kg
For information relating to the weight of other systems
please contact Monodraught's Head Office
5.24Kg
Acoustic
Performance
Multilayer Soundguard™ laminated
glass supplied by Glazeguard Ltd
can be incorporated into SUNPIPE
ceramic ceiling diffusers, (see page
19), and provides a performance
of RW 37 dB (Rtra 33 dB).
For details of fire protection systems
for the SUNPIPE please see page 19.
Lengths & Bends
On smaller sizes a total
maximum pipe length of 8m is
recommended, but on larger sizes,
longer lengths can be used.
There is a 12% reduction of light
output for each 45° bend used
and there is a 6% reduction
in light transmission for every
metre of SUNPIPE. 30° & 45°
adjustable elbows can be used
with all SUNPIPE applications
to direct daylight to where it is
required. Continual research and
improvements to performance are
carried out on an ongoing basis
by Nottingham University, so with
research and development the
above figures may improve.
CE Marking
SUNPIPE SYSTEM is classified
within the following EU Directive:
Construction Products Directive
89/106/EEC and further conforms
with the following EU Harmonized
Standard: EN 1873:2995
Material Specification
Top Dome
4mm UV stabilised polycarbonate.
Density: 1.20g/cm3 to ISO 1183 & to BS476 Class 0
Izod Impact strength: 30KJ/m2 to ISO 180/1A.
or 4mm impact resistant modified Acrylic.
Density: 1.18g/cm3 to ISO 1183.
Izod Impact strength: 1.6KJ/m2 to ISO 180/1A.
Condensation Trap
Brushed nylon gasket applied to top of SUNPIPE.
Fixings
Stainless steel self tapping fixing screws with neoprene washers
or tamper-proof pin hex stainless steel fixing screws.
Roof Flashings
3mm ABS universal 1 piece flashing for pitched roofs.
Galvanised flashing plate for roofs. Code 4 lead flashing and soaker for bold tiled roofs. ABS collar to top of galvanised or lead flashing.
Purpose made site welded aluminium flashing for Kalzip type roofs and similar plus ABS collar.
Internal Pipe
0.5mm thickness high purity silver impregnated aluminium SUNPIPE with mirror finish and PVD coating 98% reflectance.
Internal Elbows
3-section fully adjustable elbow to 45°
2-section fully adjustable elbow to 30°
Ceiling Diffusers
3 part diffuser with black ABS permanent fixing ring.
2.5mm diffuser.
2mm white push-on removable ceiling trim.
3mmplywoodbackingplatefitsaboveplasterboard.
250mm long bell end slip length into fixing ring.
Light Kits
50 watt 12v Dichroic extra low voltage light kit with
dimmableelectronictransformer,alllowtemperature
NBS Specification
Full NBS specification is available for download
on our website: www.monodraught.com
15
Offices
Most popular sizes
300mm (12" diameter) for small
separate offices up to 14sq.m.
450mm (18” diameter) for open
plan offices with a ceiling height
grid of 4m.
530mm (21”) diameter to suit a
ceiling grid of 5 to 6m.
Advantages
& Benefits
SUNPIPE Headquarters Office,
Halifax House, High Wycombe
Natural lighting from SUNPIPE®
natural daylight systems is
known to have a beneficial
health effect for office staff
as compared to fluorescent
lighting.
No reflection on VDU screens.
Energy saving helps combat the
Climate Change Levy.
Minimal heat loss or
solar gain as compared to
conventional rooflights.
Extensive work has been carried
out in the USA by Lisa Heschong of
the Heschong Mahone’s Consulting
Group, where it has been found
that productivity in offices served
by natural daylight shows a 20%
increase in output from office
employees, with a marked reduction
in absence because of sickness.
The Heschong research also shows
considerable improvement in sales
in retail premises and improved
performance by school children.
It is considered that SUNPIPE
natural daylight systems have a
marked effect on the reduction of the
incidence of Sick Building Syndrome
(SBS) and provides a stress-free,
soothing, and far more healthy office
ambience by eliminating the glare
and conflict of electric lighting and
computer screens.
Daimler-Chrysler Offices
16
Industrial
and Leisure
Most popular sizes
450mm (18” diameter), as
recommended for most office areas,
where ceilings are typically 4m above
floor level.
530mm (21” diameter), ideally
suited to large areas with ceiling
heights of up to 5m above floor level.
1000mm Diamond Dome
750mm Diamond Dome
750mm (30” diameter), for larger
areas such as sports halls and
retail stores.
Frosts Showroom, Hove
1000mm diameter (40" diameter),
for warehousing and similar or where
a particular focal point is desirable.
Advantages
& Benefits
Perhaps the most compelling
reason for using SUNPIPE
natural daylight systems, is to
counter the effects of carbon
emissions, since the SUNPIPE
natural daylight systems can
be used to provide natural
daylighting from dawn until dusk,
thereby significantly affecting
the dependence on fossil fuelled
electric lighting, which normally
accounts for significant usage
of electric power throughout
daylight hours.
Sutton Indoor Arena
Asda Eco-store, Bootle
Sainsbury's, Durham - 1000mm diameter SUNPIPE natural
daylight systems were used to light the double height sales area
17
Daylight on Demand
Ceiling Diffusers
There are times when SUNPIPE® natural daylight system users may wish to
shut out the light into the room, for instance in a Hospital Ward or a Nursing
Home, a Conference Room, a School class-room or even a private bedroom.
Motorised Damper
System
This system features a butterfly light
shut off damper assembly controlled
by a 230V motorised actuator. This
enables the user to decide when to
prevent daylight from entering the
room. This is particularly useful for
rooms with high ceilings such as
Conference Halls, Lecture Theatres,
etc, where remote operation is
required.
ABS collar fitted
to GRP spigot
Polycarbonate
‘diamond’ top dome
Motorised light
shut-off damper
Ceiling diffuser
Motorised Light Shut Off Damper Assembly
18
The light shut off damper is also
utilised on occasions where SUNPIPE
natural daylight systems are installed
in Retail stores where electrical lighting
is used during hours of darkness. The
damper prevents light from escaping
the building which is particularly
relevant in certain areas where
planning requirements dictate the
prevention of light pollution.
The new Monodraught SUNPIPE
Ceiling Diffuser assembly is designed
for easy installation and cleaning. It
also provides an effective seal for the
SUNPIPE, preventing the ingress of
dust from ceiling level.
The new diffuser creates an even
spread of light across any designated
area. Diffusers are available in clear
stippled finish for maximum light
output or opal finish for a softer, but
reduced level of light.
Plywood
backing plate
Ceiling
Fixing
ring
Super Silver
aluminium mirror
finish SUNPIPE
Bell end slip length
Pipe sealed against
dust and insects
Double Glazed
MicroPrism
Ceiling Diffuser
Ceiling trims are provided in white
ABS as standard but satin finish
stainless steel, brass and chrome
effect finishes are available to
enhance a variety of décors.
Integral Electric Light Kit
Where a single source light is required, such as the top of a staircase, landing etc, the SUNPIPE can be
supplied with a 50 watt extra low voltage Halogen light fitting and transformer that has been specially
designed so as not
to affect the natural light output during daytime use.
This arrangement provides 430 Lux at desk level.
Patent No. 0206398.0
Push-on diffuser
trim in white
acrylic capped
ABS as standard
Double Glazed
MicroPrism
Ceiling Diffuser
(Photograph)
Fire Protection
and Acoustic
Performance
Sunpipe
Support brackets
Substantial
fixing required
through trimmer
Substantial
fixing required
through trimmer
Consisting of a tough, multilayered glass/ceramic laminated
construction which, in sheet form,
can provide up to 4-hour fire
resistance. The Fire Guard has an
acoustic interlayer to provide a
sound and fire resistant solution.
The glazed assembly is set into a
galvanised steel or stainless steel
frame with an intumescent seal.
Acoustic plus
This arrangement of multilayer laminated construction
also provides a wide choice of
acoustic performance profiles up
to 37dBa, using SoundGuard™
systems by Glazeguard Limited.
Spigot
SunPipe
Intrumescent seal
Ceiling bezel
Intrumescent seal
Ceiling bezel
Diameter ‘A’
Each ‘Fire Choke’ collar contains
‘Intumex’, an intumescent graphite
compound and Alpha Firescreen
1032-2-SP, a woven fibreglass fabric
coated with specially formulated
micronised aluminium polymer.
Diameter ‘B’
SUNPIPE Size
SUNPIPE
Diameter (A)
Fire Guard Diffuser
Diameter (B)
230mm (9")
230mm
296mm
300mm (12")
305mm
365mm
450mm (18")
457mm
517mm
530mm (21")
533mm
593mm
Intrumescent‘Fire
Choke’Fire Collars
Fitted above a plaster board ceiling
and thereby leaving the SUNPIPE
ceiling diffusers unaffected. The
intumescent ‘Fire Choke’ collars
are designed to prevent the spread
of smoke and fire through a roofspace by crushing the SUNPIPE,
when the aluminium is subjected to
fire giving up to 2 hours protection.
Intrumescent seal
Layered glass to
Glazeguard specification
Layered glass to
Glazeguard specification
®
Monodraught have developed
a ceramic based ceiling diffuser
for use in conjunction with the
complete SUNPIPE range, to
provide up to 1-hour fire resistance.
Support brackets
Intrumescent seal
1. SUNPIPE
natural daylight
systems Fire
Guard Fire
Resistant Ceiling
Diffusers
Packers required
Spigot
Support
trimmer
required
Two alternatives
2.
Packers required
Manufactured in 0.9mm mild steel,
the fire choke collar is supplied in
two halves, which clamp around
the SUNPIPE aluminium tube.
The system has been recently tested at Chiltern International Fire Ltd
assessed under BS476: Part 20: 1987.
Fully tested to current British
and or European Standards.
(Test report TE 39902).
In terms of physical safety, SUNPIPE Fire Guard has been successfully
impact tested (BS6206) from both sides.
The laminated glass will also provide excellent sound resistance to the following performance: 9mm total thickness RW37dB (Rtra 33dB).
Typical Product Performance for 9mm
total thickness
Up to 2 hours fire resistance,
specially adapted for
Monodraught SUNPIPE
natural daylight systems.
Available in a range of sizes up
to 530mm diameter.
Total
Thickness
Impact
(BS6026)
Rm.
(dB)
Rw.
(dB)
Rtra
(dB)
Weight
(kg/m2)
Light
Transmission (%)
U Value
(W/m2k)
9mm
Class B
34
37
33
21
85
5.30
Notes: Rm. = Mean Sound Reduction Index. Rw. = Mean Sound Reduction Index Weighted with correction ear
response. Rtra. = Mean Sound Reduction Index Weighted for road traffic noise.
Requires no maintenance and
is suitable for all interior applications.
SUNPIPE with intumescent
‘Fire Choke’ collar under normal
conditions
Alpha Firescreen 1032-2-SP
woven fibreglass fabric
coated with micronised
aluminium polymer
Alpha Firescreen 1032-2-SP
‘Intrumex’ intumescent
woven fibreglass fabric
expanding graphite
coated with micronised
compound
aluminium polymer
Super Silver
aluminium
SUNPIPE tube
Powder
coated
Super
Silver
steel casing
aluminium
SUNPIPE tube
Powder coated
steel casing
0.9mm mild steel
casing
‘Intrumex’ intumescent
expanding graphite
compound
0.9mm mild
steel
Ceiling
diffuser
casing
Ceiling
SUNPIPE with intrumescent
Super Silver
aluminium Ceiling
‘Fire Choke’ collar in SUNPIPE tube
Alpha Firescreen 1032-2-SP
fire situation
woven fibreglass fabric
Ceiling diffuser
coated with micronised
aluminium polymer
Super
Silver
Powder
coated
steel aluminium
casing
SUNPIPE tube
Heated
char of
Alpha Firescreen
1032-2-SP
expanded
woven fibreglass fabric
intumescent
coated with graphite
micronised
compound
aluminium polymer
Powder coated
steel casing
Heated char of
expanded
intumescent graphite
compound
The ‘Fire Choke’ patented system contains an
expanding intumescent material which crushes
the aluminium SUNPIPE when the temperature
in the room exceeds 150°C.
The Alpha Firescreen 1032-2-SP fabric is
secured inside each section of the fire collar,
laying between the wall of the aluminium
SUNPIPE, and the ‘Intumex’ graphite
compound within the fire collar casing. Once the
intumescent material expands as a reaction to
the increasing temperature, it becomes encased
within two pillows of woven fibreglass fabric
as it virtually blows up the fabric like a balloon,
spreading outwards from both sections to cover
the inside of the steel casing of the ‘Fire Choke’
collar. This produces a drumskin effect across
the collar opening, which contains the heated
char from the exfoliated intumescent material,
therefore sealing off the penetration against fire,
smoke and hot gases.
19
Overseas
World Wide demand
The popularity of SUNPIPE® natural daylight systems
has now extended worldwide, recent projects include:
GSK, Pakistan
Dubai Falcon Centre
Autoliv Factory, Romania
Toyota Showroom, Turkey
Masdar Project, Abu Dhabi
Intermache Central Warehouse, Portugal
Zero Energy House, Samsung, South Korea
Malabar Aged Residential Care Facility, Australia
20
SUNPIPE systems are now sold worldwide, full
details can be obtained at www.monodraught.com
Due to the worldwide uncertainty of
the future of energy costs and the
likely increase in energy prices over the
coming years, considerable interest
has been focused on the advantages
the SUNPIPE system, namely:
Minimal solar gain through the
SUNPIPE system.
Elimination of the need for
electric lighting during daylight
hours to SUNPIPE lit areas.
Reduction in the cooling load will
be achieved by the elimination
of heat gain generated from
electric lighting.
Indoor Ski Slope, Dubai
Jumeriah International Offices, Dubai
Where SUNPIPE natural daylight
systems are used instead of
skylights, a further considerable
reduction in solar gain is
achieved.
Virtually self-cleaning in most
countries throughout the world
due to its unique shape and,
therefore, only occasional external
cleaning is required.
High level of security provided
as compared to rooflights or
skylights and additional security
bars can also be incorporated
into the construction.
Mall of the Emirates, Dubai
Masdar, Abu Dhabi
Lagoons Sales Centre, Dubai
The British School, Abu Dhabi
SUNPIPE natural daylight systems
have been a considerable success
in the UK but the immediate reaction
when used in most countries around
the world is the remarkable amount of
light produced by a SUNPIPE. This has
made them particularly popular for such
areas as Underground Car Parks, as
well as Schools, Hospitals and Offices.
The British School, Abu Dhabi
21
Secure
Projects completed include:
Establishments
• Bury Custody Suite
SUNPIPE Natural daylight system
offers the opportunity to achieve a
high level of security by providing
small diameter openings through
the roof structure which can be
heavily protected by additional
stainless steel security bars. This
is accomplished without detracting
from the remarkable ability of the
SUNPIPE to reflect sunlight and
natural daylight.
• Goole Police Station
• Cardigan Police Station
®
SUNPIPE flashing detail to flat
roof, serving Ward areas at
HMP Winson Green,
Birmingham
• Guildford Police Station
• HMP & YOI Onley, Rugby
• HMP Bullingdon, Bicester
• HMP Bulwell Hall, Essex
• HMP Cardiff
• HMP Elmley, Isle of Sheppey
• HMP Highpoint, Newmarket
• HMP Lewes
• HMP Maidstone
Top: Battersea Park Police Headquarters, where 19 No. 530mm
diameter SUNPIPE natural daylight systems were installed to internal
cells, corridors and interview rooms.
• HMP Rochester
Centre right & lower right: Lewisham Police Station, London, where
50 No. 330mm diameter SUNPIPE natural daylight systems were
installed to the cells of this high security building. The SUNPIPE
natural daylight systems were fitted with vandal resistant top domes
and security bars. Stainless steel ceiling trims were fitted with
security screws.
• Staffordshire Police HQ
SUNPIPE flashing detail to pitched tiled roof
Galvanised steel upstand with
security bars
22
• New Police HQ, Poole
• Perth Police HQ
• Stechford Police Station
• Thames Valley Police, Bicester
• Thetford Police Station, Norfolk
• Tredegar Police Station
The Polycarbonate diamond domes are
vandal resistant. Security fixings
are available to order.
W
WINDCATCHER® X-Air next generation natural ventilation
system
Natural
Ventilation
Always a compliment to the
Monodraught SUNPIPES are the
Monodraught WINDCATCHER® natural
ventilation systems.
Having eliminated the solar gain
associated with conventional rooflights
and skylights, the WINDCATCHER
natural ventilation systems have an
even more important role to play in
providing the fresh air requirements, as
well as providing another energy saving
breakthrough by eliminating the need for
air conditioning.
Tesco Eco-store, Cheetham Hill
Addy and Stanhope School, Deptford
The Monodraught WINDCATCHER X-Air is the next
generation of natural ventilation that follows in the
footsteps of the successful WINDCATCHER Classic
systems that have proved to be so popular.
In the last 10 years alone, more than
5000 Monodraught WINDCATCHER
natural ventilation systems have been installed.
Particular emphasis is now placed on
Monodraught's SOLA-BOOST® solar
assisted natural ventilation systems.
Features:
Goldsmiths DMC building, London
Abercrombie School, Chesterfield
generated aerodynamic design
yyComputer
delivers greater ventilation rate
system provides
yyACTIVLOUVRE
enhanced ventilation control and
®
ultimate weather protection
solar powered architectural yyIntegral
lighting system
insulated upstand allows rapid
yyComposite
installation, low U-value and high air tightness
yyMade from fully recyclable materials
South Fields School, Surrey
Hazeley School, Milton Keynes
23
Natural Daylight
& Natural
Ventilation
Monodraught SUNCATCHER®
natural daylight and ventilation
systems provide a most satisfactory
solution of combining natural
light and natural ventilation in one
composite unit.
The Monodraught SUNCATCHER
system provides controlled natural
ventilation as well as providing all
the benefits of natural daylight. Any
prevailing wind pressure carries a
continuous fresh air supply through
weather protected louvres on the
windward side of the system at
roof level. The wind movement is
encapsulated by internal quadrants
which turns the wind through 90°
forcing air down through internal
ducts into the room below. Warm,
stale air is expelled from the room
by the Passive Stack ventilation
principle of differential temperatures
and the natural buoyancy of air
movement. Manual or motorised
motors at the base of the system
control the rate of ventilation.
24
Stale
air out
Fresh
air in
Volume control
dampers
The central SUNPIPE® natural
daylight system is integrated into the
system and conveys natural daylight
where needed.
The SUNCATCHER has the unique
advantage that with air intakes on all
four sides, it does not matter which
way the wind is blowing since one
side of the system will always act
as the air intake, whilst the opposite
side, being in the low pressure zone,
related to the system, becomes a
natural extract to the room. When
the wind changes direction, so the
intake and extract will also change
their function maintaining a balanced
condition but providing
energy free air conditioning.
Above: Wycombe Wanderers Football Club
Top left: Audley Junior School
Top right: The Key Centre, University of Hertfordshire.
Centre right: Jane Lane Special School, Walsall.
Lower right:The Priory Neighbourhood Centre, Hastings.
Night-Time Cooling
One of the major advantages of the
SUNCATCHER and WINDCATCHER
are that during the summer period
the dampers are automatically
opened at midnight, when linked
to our Monodraught iNVent control
system, to allow the night-time cool
air to descend to floor level, not only
purging the building of stale air but
also cooling down the interior, mass
and structure of the building.
Detail of one of the 1200 Square SUNCATCHER®
natural daylight and ventilation systems serving
the BMW Amenity area
UV protected
polycarbonate
top dome
Anti bird
mesh
Rain trap
louvre
Winter Operation
To minimise ventilation heatloss,
control is essential to ensure that
the ventilation rate is continuously
matched to meet occupant loading
and to prevent excessive air change
rates during unoccupied periods.
Such control can most efficiently
be achieved by ensuring that the
building structure is airtight and by
monitoring and maintaining carbon
dioxide concentration in the 1000
ppm to 1500 ppm range. At night
time, demand for ventilation is greatly
reduced and ventilation heat loss
can largely be eliminated. Natural
ventilation may therefore be expected
to provide reliable winter ventilation, at
the full rate demanded by occupants,
without resulting in excessive
energy loss.
Above: St Pauls RC School, Burgess Hill
Top centre: 26 of the 1200mm square
SUNCATCHER Installed at BMW Design &
Facilities Offices at Cowley, Oxford.
Top right: Detail of the base of the
SUNCATCHER where the SUNPIPE features
the BMW logo.
Galvanised
extension duct
Motorised volume
control damper
Centre right: Internal view of BMW Office
Lower right: Holy Trinity School, Weymouth.
1270mm diam
GRP duct in
yellow
Plan of Damper arrangement
Recessed diffuser
c/w 2 No. blue quadrants
fitted to interior of diffuser
Plan from below (Amenity area)
The system is controlled by manual
or fully modulating dampers, linked to
temperature or CO2 sensors which in
turn can be linked a fully automatic
control panel, our Monodraught
iNVent system.
25
Eggcrate grille
powder coated black
with silver flange
ABS
The ABS WINDCATCHER natural
ventilation system is a lightweight, costeffective unit which is ideal for providing
ventilation to all small interior areas. The
system normally terminates in a
600mm x 600mm eggcrate grille fitted
with manual dampers.
ABS
SUNCATCHER®
natural daylight
and ventilation
systems
ABS
WINDCATCHER
Two ABS SUNCATCHER natural daylight
and ventilation systems are available:
The SUNPIPE® natural
daylight system and natural
ventilation in one compact,
energy-free system
ABS 350: with a 230mm (9”) dia SUNPIPE
To light an area up to 7.5m2
Has a free area grille of 9,300mm2
Weight: 11kg inc. ductwork 1.5m overall
Designed to provide natural light and
ventilation to bathrooms, kitchens,
toilets, etc, this low cost ABS system
is similar in operation to its larger
stablemates the SUNCATCHER and
WINDCATCHER® natural ventilation
systems. The ABS SUNCATCHER
can be used on flat roof and any
pitched roof applications as the
ventilation is carried through flexible
ducting.
ABS 550: with a 300mm (12”) dia SUNPIPE
To light an area up to 14m2
Has a free area grille of 18,600mm2
Weight: 20kg inc. ductwork 1.5m overall
Wycombe Wanderers F.C.
The system expels stale air from the
room as a result of the passive stack
ventilation principle, but also has the
added advantages of bringing in a
supply of fresh air on the windward
side of the system.
The ceiling ventilator is fully
adjustable from closed to open
and is also available with a brass or
chrome finish, where required.
The system encompasses all the
advantages of PSV systems, which
have proved popular for social
housing, and meets the Building
Regulation requirements. However,
the ABS SUNCATCHER also brings
in natural light.
26
ABS
SUNCATCHER
UV protected
polycarbonate
top dome
Galvanised
extension duct
Flexible duct
NOTE: For ABS 350 systems over
30° pitches and all ABS 550 systems,
the systems must be installed vertically
Ceiling ventilator
Thornton Road Surgery, Epsom
Super Silver
SUNPIPE
Performance
Ventilation rate at external wind
speed of 4m/s
ABS 350: 16 l/s or 0.016m3/s
ABS 550: 62 l/s or 0.062m3/s
Tel: 01494 897700
Fax: 01494 532465
email: info@monodraught.com
www.monodraught.com
SUNPIPE, SOLA-BOOST, SUNCATCHER, WINDCATCHER and ACTIVLOUVRE are registered trademarks owned by Monodraught Limited
July 2014
Halifax House,
Cressex Business Park,
High Wycombe,
Buckinghamshire
HP12 3SE